Quantum computing has the potential to solve the world’s biggest problems, but these applications require quantum compute systems that are a thousand times more powerful than those available today. Our networking technology – the Entanglement Fabric – will help us get there faster, unlocking a new era of multi-core quantum computing with data centre-scale compute power.
We are creating full hardware solutions to create entangled qubit networks, including a unique high-speed computer network interface, photonic switching fabric, and control systems to build towards multi-core quantum supercomputers and quantum data centres.
The principles of abstraction and modularity that have delivered today’s cloud computing are applied to quantum to accelerate time-to-market and near-term business value.
Quantum processors can be interlinked via our quantum networking units (QNUs), which host photonic switching and detection technology for distributing quantum entanglement.
Reconfigurable entanglement links are dynamically orchestrated and maintained by our network of QNUs, opening a modular path towards scalable quantum computing networks.
We develop light switching and detection technology that can create and distribute quantum entanglement across multiple computing nodes.
Built on photonic integrated circuits, our proprietary hardware is purposefully designed to meet the requirements speed, efficiency, and low loss necessary for quantum computing.
Our qubit-photon interfaces (QPIs) are the bridge between quantum processors and the network, enabling light from qubits to couple efficiently to the networking layer.
Our technology is adaptable to each qubit modality, and we collaborate with leading quantum computing companies to test our prototypes inside their hardware systems.
Nu Quantum has been pioneering quantum networking technology since 2018. Our market-leading expertise is uniquely positioned to deliver a flexible and adaptable distributed quantum computing architecture compatible with all qubit modalities.
Learn moreWe are proud to be collaborating with qubit companies, end-users of quantum computing, and leaders in the datacentre industry, as well as national government agencies and top universities
Interested in working with us?
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